Dispensing apparatus



wr osBoRNE Erm. I 2,293,073

DISPENSER@ APPARATUS' ug. 18, i942.

5 Sheets-Sheet 1 i Original Filed 9i, 1929 l N VEN TORS. Wile W Osborne ATTORNEY.

Aug. 18, 1942. w. w. osiBoRNE ETAL' DISPENSING APPARATUS Original Filed Feb. 9, 1929 5 Sheets-Sheet 3 Fia. '7.

\ i 'l INVENToRs Wiley W Osborne i SgdnQgVV/Vyli son l I ATTORNEY ul- 185 14941v w. w. osBoRN'E Erm. 2,293,073

` DISPENSING APPARATUS original Filed Feb. 9, 1929 `5 sheets-Sheet 4 FieJl.

Fie. 12. N

N VEN RS Wiley W. Osborne ATTORNEY.

S; 18 1942 w. w. osBoNE ETAL 2,293,073

DISPENSING AEPARATUS l v Original Filed Feb. 9, 1929 5 Sheets-Sheet 5 ATTORNE v Wiley W 'gfg' Y Sydney WWillamson.

. netv with the front panel removed.

; housings.

Patented Aug. 18, 1942 UNIT-ED STAT rArr-:Nr OFFICE I msre'nsmamiiasrus wuey w. osbome. cinema una sydney `w. `A`'-Vllilllamsori,.. Dayton, Ohio; said Osborne asu v signor, by mesne assignmentslxtnvwellmore B.

l'luruenI John Q.l Sherman,l and Edwin-11B.A

Y Weston: Wellmore B. Turner and W. G. Clark exetnrtors of said Edward B. Weston, deceased continuation of application serial No. 338,366,

' February 1936,' Serial No. 73,981

gleaming.' (ci. iai-ssi This invention relates to'refrigerated'dispensing apparatus which is ai'itoxnatically` coin `-cofntrolled for dispensing ice cream and other `com-V modities inpackages or containers, such forexample, as conventional commercial type of paper cups or thelike.

The object of the-present inventionis to provide a dispensing apparatus which is simple in construction, capable of being economically manufactured and which will be emcientin use, automatic in action, uniform in operation, of compact design andunlikely to get out of repair.

Briefly stated the invention embodies a re- Y irlgerated storage cabinet having space for a supply of packages to be released therefrom one by one .under control of a foot operated pedal which opens and closes a discharge door and actuates the package release mechansm'providlng a coin i of proper denominationhas been previously inf serted. 1

With the above primary and other incidental objects in view as will more fully appear in the specification, the invention consists of the features vof construction,` the parts and. combinations thereof and the mode of operation or their equivalents, as hereinafterv described and set forth in the claims.-

The present application is a continuation of application serian No. 338,866 nled- February 9,

In the drawings wherein is shown the preferred but obviously not necessarily the only form of embodiment of the invention.

Fig. l is a perspective view of a dispensing cabinet embodying the present invention.

Fig. 2 is an enlarged fragmentary detail view of the connection between `the pedal operated actuating rod and the main shaft.'

Fig. 3 is an enlarged vertical sectional view through the lower end of one of the storagecompartments illustrating the relation of the ejector means and a portion of the coin return mechanisn'i.

Fig. 4 is aside elevation of the portion shown in Fig. 3.

Fig. 5 isa partialfrontelevation of the cabi- Y Fig. 6 is a front elevationl of, the coin slides removed. y

Fig. 7 is a vertical sectional view on line 1 1,

the panel .with

` of Fig. 6.

Fig. 8`is a. detail view `of one of the coin slide Fig..9 is a detail view of a portionio-f the spoon electing means. 1

supported in thecabinet frame.

9, 1929. This application April 13,

Fig. 10 is an actuating cam ejector. i Fig. 11 is a for the spoon vertical sectional view of the assembled dispensing apparatus.

Fig.v12 is a detail view of the ejector slide.

in assembled condition.

Fig. 14 is an enlarged side elevation of the coin coupling and actuating means for the ejector.

`having therein a refrigerated chamber 2 "divided into a plurality of storage compartments 3 beheath which is a delivery chute I leading to an outlet door 5 which iscontrolled by a foot pedal B. The operating pedal 6 as illustrated in Fig. 11

is pivotally mounted upon a shaft 1 supported in bearing lugs 9 projecting from the rear face vof the wall plate 9 of the cabinet. At its inner end the pedal arm is pivoted at I0 to a lever l2 fulcrumed at` I3 upon dependent lugs i4 projecting from a cross bar l5 of the cabinet frame. A continuation ll of the lever I2 beyond the pivotal connection Ill of the pedal arm is pivotally connected to the lower end of a vertical reciprocatory actuator rod 2l'. A

`The closure door 5 of the delivery chute is supported by arms i6 pivoted upon a shaft I1 The door supy porting arms I6 extend inwardly'and are con'- nected to the upper end of a reciprocatory actu-- ating rod i8 the lower end of which is pivoted at I0 to the pedal arm and-to the lever l2.` The rod i8 is actuated upwardly to open the delivery `door 5 by depression of the pedal 6 against the tension of a retractingspring Vl 9 one end of which `isattached to theA cross bar l5 `of. the cabinet frame and the other end of which is connected at 20 to the door operating arm I6. This spring l! normallyholds the foot pedal 6 in elevated position and the delivery chute door 5 closedas is shown in Fig.-` 11. Upon depression of the pedal 6 the delivery door 5 `will be opened and as the pressure is released the door will be automati--` Fig. 13 is a perspective view of the ejector slide f cally closed and the pedal returned by the reaction of the spring I9.

The main shaft 2| is journaled in the cabinet frame 22 and is actua ted from the foot pedal 6 by means of a rock arm 23 secured to the main shaft 2| and having operative engagement with the upper end of the reciprocatory actuator rod 24, the lower end`V of which is connected at ||a to the extension of the lever |2 which in turn is connected directly to the pedal arm at IU. The rock arm 23 is secured to the main shaft 2| by a pin 25 and is provided with an angular slot 26 in which a roller carried by the upper end of the actuator rod 24 is received. The angular slot in the rock arm 23 permits a limited movement of the actuator rod 24 independently of the rock arm during which the roller 21 travels through the portion B of the slot and thence into the portion A where it eiects a movement of the arm 23 from the position shown in full lines in Fig. 2 to that shown by dotted lines and vice versa.

As shown in Fig. there are mounted upon the main shaft 2| a series of gears 28-29-30 'andf3l all of which are freely rotatable upon the shaft and in permanent meshing engagement with corresponding gear pinions 32, 33, 34 and 35, respectively. Secured to the main shaft 2| preferably by being pinned thereto on opposite sides of the gears 28, 29, 3|) and 3| are pairs of coin engaging actuators or drivers 36-36, 31-31, 38-38, and 39--39. The pinions 32, 33, 34 and 35 are rotatably supported in the frame 22 and each pinion carries a roller 46 engaging in the slot 4| of a cross head 42 as is illustrated in eng,

larged detail in Fig. 14. The several sets of gears, pinions, cross heads, and associated actuator segments or drivers are of like construction. As is illustrated in Fig. 14 the gear 28, as are all corresponding gears, is provided with ve equally spaced radial slots 43 to receive a deposited coin. A rib associated with the gear teeth 45 of the gear 28 prevents a coin from dropping between the teeth and thereby locking the machine against use.

When in normal position one of the coin slots 43 in the gear 28 will be aligned with the passage 82 of the coin slide housing (Fig. 8) to receive a coin therefrom. To insure exact alignment of the coin slot with the passageway 82 there are provided a pair of locating springs 46 and 41 both mounted upon the frame 22. The spring 46 rides upon the rib 44 of the gear which rotates in the direction of the arrow in Fig. 14, until it engages in one of the coin slots.43. When the gear 28 has completed its movement the spring 41 engages one of the notches 48 at the extremities of the ribs 44 to hold the gear against reverse movement during the return of associated parts to normal position. The spring 41 also engages the teeth of the gear in such manner as to reduce momentum during its forward movement and theerby prevent overthrow of Vthe gear. The spring 46 is somewhat wider than the spring 41 and when the parts are in their normal position as is shown in Fig. 14 the arresting spring 48 is held away from the gear 28 by the actuator segments or coin drivers 36-36. When a coin is deposited from the coin slide 69 into the gear slot 43 and the pedal 66 pressed the main shaft 2| is rocked through a partial rotation carrying with it the coin engaging or driving segments 36 which are-secured upon the shaft 2| and which by their engagement with the coin deposited in the coin slot 43 cause the gear 28 to be advanced through aaoaovs a like partial rotation. During this advance movement the stop spring 46 rides upon the rib 44 until the next succeeding coin slot 43 is aligned in receiving position at which time the spring 46 engages a coin slot 43 to prevent overthrow of the gear 28. The stop springs 46 and 41 retain their engagement with the gear until the coin drivers 36 return to normal position by the reverse oscillation of the main shaft 2| as the pedal and connecting parts are returned to normal under the reaction' of the spring I9. At the limit ofthe return movement the rear edge 0f the coin drivers 36 engage and force the spring 46 out of engagement with the gear and permit the gear to have free forward movement on the includes a shaft 53 journaled in the frame 22 and carrying cams 54 (shown in Figs. 5 and 10) in aligned relation with the respective gears 28, 28, 30 and 3| for operative engagement of one or another of the cams 54 by a deposited coin in the coin slot 43 of the corresponding gear. Pinned or otherwise xedly secured to the shaft 53 is an arm 55 carrying a pawl 56 pivoted thereto at 51. The pawl 56 engages a ratchet wheel 58 secured to a toothed disc 59 having peripheral teeth 60. A spring 6| tends to hold the pawl 56 against the ratchet wheel 58. lThe tooth disc 59 is located beneath a spoon receptacle 62 with the pripheral teeth 60 protruding through a slot 63 in the bottom of the receptacle. As the disc 59 is given a partial rotation through the action of the pawl 56 operating the ratchet wheel 58, the teeth 68 engaging the bottommost spoon of the supply in the receptacle 62 push the spoon outwardly through the slot 5| sufficiently that the customer the cabinet may be provided with an advertising transparency 1| bearing indicia and advertising matters 12 and illuminated by electric lamps 13.

The coin slides 69 illustrated in Figs. 16 and 17 are provided with magnets 14 which attract any ferrous metal slugs which may be deposited in the machine and prevent them from dropping into the coin slot 43 of the gear 28. There are also associated with the coin slides fingers 15 positioned to engage in the hole of a washer if deposited in the machine and prevent the washer from dropping into the coin slot -in lieu of a proper coin. If a coin smaller than a five cent coin; that is, a dime or a cent is inserted within the coin slide 69 it will fall through a hole 16 provided for such purpose and be delivered lto the coin return tray 65. Associated with each coinV s spasms slide 99 is achute 11 (acc Fig. 5) secured to the frame 23 by screws ll-and delivering a deposited coin into' the passageway 92 aligned with the coin slot 43 in the gear 29. VThus a coin |94 released from the coin slide 99 by reciprocation of the vhandle 99 will pass through the chute 11 `into the the retractile spring 93a as shown in Fig. 8. This coin deilector 99 is operatively connected through the link 94 and shaft 99 with an arm 99 associated with the article magazine 91. The arm 99 is normally held in a retracted position `by an article to be dispensed in the magazine. Ifthe supply of articles within the magazine isexhausted. the arm liautomatically moves inwardly to the dotted lineposition `shown in Fig. 3

under influence of the weight or the link u, theV movement of which simultaneously effects an oscillation of the coin deiiector 99 from its normal position to the dottedl line position shown in Fig. 8 whereby a. coin descending through the.

passage 92 is deflected into -the companion pas- `sageway 99 ad thence into the coin return tray 99.

As the coins |94 which have passed through the coin passage 92 into the aligned coin slot 43' of the corresponding gear are carried forward by successive partial rotation of the gear as hereinbefore described, such `coins are dropped from the coin slots 43 into the spent coin tray 94. The

ejector means for the cups or other articles comprises a reciprocatory slide mounted for transverse movement within the lower extremities 91 of the article magazine as is shown in Fig. 15. 'Ihe ejector slides comprise upper and lower plates 99 and 99 interconnected by spacers 9i as shown in Fig. 13. The lower plate 99 of the elector slide is provided with an `ear 92 to which is connected one end of an actuator rod 93 the opposite end of which is' nxediy insensato the cross head 42 as shown in Figs. 11 and 14. The lower plate 99 of the ejector slide is supported -by the heads of studs 99 secured to the frame casting 99 (Fig. 3). The magazine tubes 91 are provided with horizontal slots 91 to receive the plates 99 and 99 asis shown in Figs. 3, 4, and 15. The upper end of the magazine fitting or tube 91 is received by the casting 99 and is of the same internal diameter as the magazine tubes 99, the lower ends of which engage in the mounting casting 99 as is shown in Fig. 15. This mounting casting 99 is supported in the storage compartment 3 by a strip 99. .i

As is illustrated in Fig. 15 the lower plate 99 of the ejector slide supports the lowermost article. or cup 49 of the stack X by engagement of the the lowermost larticle or cup 49 of the stack Y by engagement of the peripheral flange of the article or cup in overlapping relation with the margins of the opening i9i.

`As the rod 93 is reciprocated by the action of the gear 29 and pinion 32 which cooperates with the cross-head 42, the cup 49 of the stack X will be released from the opening |99 of the plate `99 and will be dropped into the chute 4 for delivery from the cabinet. At the same time the lowermost cup or article 49 of the stack Y will be disengaged from the opening I9| of the plate 99 and marginal flange of the article or cup in overlapping relation with the margin of the opening |99. At the same time the upper plate supports `head 42 to the reciprocatory rod 93.

will be caught by the lower plate 99 and suspended in the opening |92 thereof. At the same time the cup 49a of the stack X will be caught with its peripheral margins overlapping the margin oi' the opening |93 of the plate 99 and will be suspended therein preparatory to the next ,operation. It will therefore be apparent that when the ejector slide cOmPrising the spaced intercom' and hence `will be provided with eight 'articlel magazines suitable for dispensing four different commodities or ice cream of four different flavors. However, more or less units may he utilized without affecting the principle `of the invention. As all of the units are of similar construction or duplicates of each other the foregoing description of the operation of one unit consisting of two magazines 91-99 and one coin operated gear 29 and its associated pinion 32 and actuated ejector slide comprising the upper and lower plates 99 and99 will suillce for all.

. To operate the machine the handle 99 of the coin slide 99 is drawn forward and the proper coin is placed within the opening 19 of the coin slide and the handle pushed in causing the coin l to drop through the chute 11 into the passageway 92 and be deposited in a vertical position within the coin slot 43 of the gear 29 as is shown in Fig. 5. The operator then depresses the foot pedal 9 which raises the actuator rod 24 upwardly oscillating the rock arm 23 and transmitting a partial rotation to the main shaft 2l.

The coin segments or drivers 39 being pinned to the main shaft 2i are oscillated forwardly against l the deposited coin |94 in the gear slot 43 and the gear V29 will be actuated forwardly through a partial rotation. Such movement of the gear 29 imparts rotary motion to the pinion 32 through r `substantially a one-half rotation. Such motion Y of the pinion 32 is transmitted through the cross- The reciprocatory motion transmitted through the rod 93 tothe ejector slide 99-99 releases a package or cup from one of the associated magazines for delivery by gravity through the chute 4, the closure door of which has been opened by the action ofthe pedal. At the sametime a cup or `article is transferred from the upper plate 99 to the lower plate 99 below the companion magazine preparatory to the next dispensing operation.

The coin |94 deposited in the coin slot 43 extends slightly above the gear 29and as the gear is advanced by the driver segments 39 the coin engages the cam 94 to rock the shaft 53 andV thereby actuate the arm 55 and pawl 59 to advance the'ratchet wheel' 59 and with it the spoon "ejector discv59. The lowermost spoon 59 of the supply resting directly upon the teeth 99 of the ejector disc 59 will `be projected outwardly through the slot 5I` in the front panel 52. After the driver segments 39 have advanced through their full stroke movement and the foot pedal 9 is released, the spring I9 will retract thefoot pedal and automatically close the door 5, the

main shaft 2l and driver segment 39 simultaneously returning to Vtheir normal position as is shown in Fig`."14. The gear 29 however remains in its advanced position due to the'detent spring 41 with the next succeeding coin slot 43 aligned with the coin passage 82. However if the magazines are empty the coin deflector-l will behautomatically positioned relative to the coin passage 82 to deflect a deposited coin into the passage 88 and thence to the coinreturn tray 65.

This machine is self contained and automatic and to a very great extent resists tampering vand improper operation or is fool proof. 'Ihe invention is capable of various changes, modifications and rearrangement of parts without departing from the scope or spirit thereof. For example, a single article magazine may be employed in lieu of pairs of magazines by a change of gear ratio between the gears 28 and pinion 32. However magazines in pairs operated alternately and controlled by a common coin device is preferred. Such machine is capable of serving more customers with less attention than would be the case with a single magazine construction.

The storage chamber 2 may be cooled by dry ice, wet ice, electric refrigeration, or any other suitable refrigerating means. When servicing the machine, the spoon receptacle is filled with spoons and the several magazine tubes are replenished with the articles to be dispensed, in the present instance, cups containing ice cream. At the same time the lock 61 to the coin trays may be opened giving access to the previously deposited money in the spent coin trays.

From the above description it will be apparent that there is thus provided a device of the character described possessing the particular features of advantage before enumerated as desirable, but which obviously is susceptible of modification in its form, proportions, detail construction and arrangement of parts without departing from the principle involved or sacrificing any of its advantages.

While in-order to comply with the statute the invention has beenv described in language more or less specific as to structural features, it is to be understood that the invention is not limited to the specific features shown, but that the means and construction herein disclosed comprise the preferred form of several modes of putting the invention into effect, and the invention is therefore claimed in any of its forms or modifications within the legitimate and valid scope of the appended claims.

Having thus described our invention, we claim:

1. In a package vending machine, the combination with a. cabinet for containing packages to be dispensed therefrom and having a package discharge outlet, package dispensing means including a reciprocatory slide intersecting the cabinet and having vertically spaced flxedly interconnected plates, each having an open area through which a package will pass and each having stop means for arresting the passage of a package, said stop means being disposed in laterally offset relation with the open areas, the open areas and stop means of the respective plates being reversely disposed substantially in registry with each other whereby a package passing through the open area of. one plate is arrested by the stop means of the other plate and a package arrested by either plate is released therefrom through the open area of the same plate by relative shifting movement of the slide, actuating mechanism operative at the will of the operator for reciprocating the slide, and motive means for the slide actuating mechanism to effect discharge of a package through the package outlet by reciprocation ofthe slide.

2. In a dispensing apparatus of thetype-wherein` articles to be dispensed are released one at a time alternately from separate supplies thereof, including a delivery device operable into alternate positions relative to the article supplies, and actuating means therefor including a gear wheel adapted to be progressively advanced through a step by step movement, a pinion intermeshing therewith and actuated through a onehalf rotation at each advancement of the gear wheel. a crank rotating in unison with the gear pinion to which the delivery device is coupled for alternating movement at each operation oi the gear and pinion, a rock shaft on which said gear is loosely Journaled, actuating means for operating the rock shaft in alternate directions, and means enabling operative intercoupling of the rock shaft with the gear'for unison movement in one direction at the will of the operator, for advancing the gear wheel through `a step by step movement, the return movement of the rock shaft being independently of the gear.

3. In an article vending machine of the type wherein articles are to be vended one by one alternately from separate supplies thereof, a reciprocatory article release slide including two verticallyspaced flxedly interconnected decks each having an open area through which an article to be vended will freely pass, and stop means for arresting the passage of-an article therethrough, the open areas and stop means ofthe respective decks being reversely disposed substantially in registry with each other, construction and arrangement being such that a package passing through the open area of the top deck will be arrested by the means pertaining to the open area of the lower deck and a package arrested by the stop means of either deck is released therefrom through the open area of the same deck by the shifting movement of the reciprocatory slide, motive means for alternating the slide, and means for operatively connecting the motive means with the slide.

4. In a dispensing apparatus. a container for a supply of articles to be dispensed, dispensing means for releasing the articles singly, operating means including a rock shaft, relatively spaced rock arms carried thereby, an actuator member for the dispensing means loosely mounted on the rock shaft intermediate the rock arms and slotted to receive a coin engageable by the rock arms whereby said actuator is temporarily coupled to the rock arms for unison motion, and means for actuating the rock shaft. f

5. In 'an article vending machine of the class described, a cabinet for containing separate supplies of articles to be vended, coin controlled ejector means common to the separate supplies of articles for releasing the articles one at a time alternately from the respective supplies thereof, 4coin controlled means governing the operation of the ejector means, package delivery means, actuating means common to the delivery means and ejector means operative to actuate the delivery means independently of the deposit of a com and upon deposit of a coin operative to actuate both said means in timed relation.

6. In a package dispensing apparatus, two

package storage compartments each containing a column of packages to be delivered, means for delivering a single package alternately from first one compartment and then the other, comprising a reciprocable member common to both compartments and including superposed plates arranged to cooperate with the side walls -of the member.

containers and provide openings-by movement of the plates in one direction or the other through which packages may pass to the point of delivery and by its continued movement in one direction or the other to engage and maintain packages in the respective compartments at different levels whereby as a package is delivered from one compartment` the lowermost package in the other compartment will be held against delivery until released by the next succeeding movement of the member, and means for reciprocating the '1. In a packagel dispensing apparatus, two package storage compartments each containing a column of packages to be delivered, means for delivering a single package alternately from first one compartment and then theother, comprising a reciprocable member common to both compartmentsand operable to detain a package in release positlon'from one compartment while releasing a package from the other compartment when in one position of adjustment and when in its opposite position yof adjustment to release said first mentioned detained package and detain in release position a succeeding package from the compartment from which a package was previously released and means for reciprocating said member into alternate operative positions, including a normally independently operable rock shaft, an actuator for the reciproca-v ble dispensing member actuated thereby, means for actuating the rock shaft, and means enabling the coupling of the rock shaft and the actuator for the reciprocable dispensing member at the will of the operator.`

8. In a package dispensing apparatus of a type wherein packages are deliveredalternately from two package storage compartments each containing a column of packages to be delivered through a common discharge outlet, means for delivering a single package alternately from first one compartment and then the other, comprising a reciprocable member common to both compartments and including superposed plates ar-` ranged to cooperate lwith the side Walls of the `containers and provide openings by movement of the plates in one direction or the other through which packages may :.,pass to the point ci delivery and by its continued movement in one direction or the other to engage and maintain packages in the responsivecompartments at diffor reciprocating the member.

ery and by its continued movement in one direction or the other to engage and maintain packages in the respective compartments at vdifferent levels whereby as `a package is delivered Afrom one compartment the lowermost package in the other compartment will Vbe held against delivery until released bythe next succeeding movement of f the member, a normally idly operating actuating means for the package release means under control of an operator, and coupling means intermittently operatively connecting the package release means and the actuating means for temporary unison operation.

10. Ina package dispensing apparatus, a compartment containing a column of packages to be delivered one by one through the bottom thereof, a reciprocatory member intersecting the vpackage compartment, including a pair of flxedly interconnected vertically spaced plates each having therein an opening of a configuration to provide anuarea for passage of a package through the plate and a restricted package arresting area the areas d* each plate opening being .positloneff' restricted area of the other plate opening whereby a package passing through the package passing area of the uppermost plate Visarrested by the package arresting area of the lowermost plate opening to be subsequently delivered by movement of the reciprocatory member, andmeans -11. In a package dispensing apparatus', a vertical` magazine tube from the bottom of which packages are to be dispensed one byone, a reciprocatory slide intersecting the magazine and including two fixedly interconnected vertically spaced plates each having therein an openy area for passage of a `package and a package arresting area, said areas to be alternately registered with the magazine by the reciprocation of the slide, the open areas and arresting areas of the respective plates being disposed in registry with eachother whereby a package passing through the open area of one plate is arrested'by thearresting area of the other plate and a package arrested by one plate is released therefrom through the open area of the same plate by the relative shifting movement of the slide.

ferent levels whereby as a package is delivered from one compartment the lowermost package inthe other compartment-will be heldagainst delivery until released by the next succeeding movement of the member, actuating means under control of an operator lfor operating the package release means, said actuating means being normally ineffective to actuate the release means and optionalmeans for operatively lntercoupling the actuating means and package release means at the willof the operator.

9. In a package dispensing apparatusof a type wherein packages are delivered alternately from two package storage compartments each containing a. vcolumn of packages to be delivered through a discharge chute having a closure door, means for delivering a single package alternately from first one compartment and then the other, comprising a reciprocable member common to both compartments and including superposed plates arrangedto cooperate with the side walls of the` 12. In a package dispensing apparatus, a magazine foi-.a supply of packages to be dispensed one by one from the bottom thereof, a reciprocatory slide intersecting the magazineincluding two vertically spaced fixedly interconnected decks each having an open area through which a package will pass and stop means for arresting the passage of a package disposed in laterally offset relation with the open area, the open area and stop means of the respective decks being reversely disposed substantially in registry whereby a package passing through the open area of one deck will be arrested by the stop `means of the other deck, and a package arrested by the stop means of either deck is released therefrom by relative shifting movement into the open area Y of such deck. I

`13. In a dispensing apparatus, a container for a supply of articles to be dispensed. dispensing means for releasing the articles singly, operating means including a rock shaft, relatively spaced arms carried thereby to receive a coin, a member carried by the shaft intermediate the rock arms and having temporary engagement with the coin for effecting unison motion of the rock arms and intermediate member, an operative connection for transmitting such unison motion to the article dispensing means, and means for actuating the rock shaft.

14, In a vending apparatus, a cabinet for containing a 4supply of articles to be vended, a reciprocatory dispensing device movable to alternate positions to release the articles one at a time, an intermittently operated rotary actuator for the dispensing device, means for operating the actuator through successive partial rotations, said dispensing device being shifted to alternate positions by each partial rotation to release an article from the cabinet during each succeeding partial rotation of said actuator and coin controlled means governing the operation of the actuator.

15. Ina dispensing apparatus wherein a plurality of packages are dispensedone by one from a storage magazine by a coin controlled dispensing mechanism including a reciprocatory slide, a normally idly operating actuating mechanism for the slide including a rock shaft, an operator for the slide loosely mounted on the rock shaft and adapted by its successive actuations to operate the slide tlrst in one direction rand then in the other, and means for coupling the slide operator with the rock shaft upon deposit of a coin for unison motion "throughr one directional impulse only of the reciprocatory slide by which a single package will be released from the magazine.

; 41.6. In a dispensing apparatus whereinv a plurality of: packages are dispensed oneby one from a storage magazine by a coin controlleddispens- Aing mechanism including a reciprocatory slide, a normallyidly operatingactuating mechanism for the slideflncluding a rock shaft, an `operator for the slide loosely mounted on the shaft for step by step advancement, and operatively connected with slidev to transmit thereto one movement at a time through a cycle of movement in one direction and thenin the other, and intercoupling means for operatively connecting the actuating mechanism and slide by a deposited coin for unison motion through one directional impulse only of the reciprocatory slide by which a single package will be released from the magazine.

17. A dispensing apparatus wherein a plural- .ity of packages are dispensed one by one from a storage magazine and discharged through an'outlet from the apparatus by coin controlled dispensing mechanism including a reciprocatory slide, a normally idly operating foot actuated mechanism, a door for the discharge outlet actuated thereby, and an operating rock shaft for the slide operatively connected with the foot operated actuatingmechanism for unison operation, step by step actuating means for the slide operative to reciprocate the slide to release a single package from themagazine on each step by step movement thereof, and intercoupling means for operatively connecting the step by step slide actuating meansl with the rock shaft by a deposited coin for unison motion through one package release motion only of the slide by which a package will be released from the magazine and the outlet door opened in timed sequence for escape of the released package.

18. In a package dispensing apparatus, a cabinet, a magazine therein for packages to be dispensed, a delivery passage for dispensed packages, a reciprocatory slide controlling the escape of packages from the magazine to the delivery passage including vertically spaced relatively fixed decks, each having therein relatively spaced restricted open areas within which a package may be suspended but through which the package will not pass, and from which the suspended package is laterally disengageable, the restricted open areas of the respective decks being offset whereby a suspended package disengaged from the restricted open area'of the upper deck will be reengaged and suspended in the restricted open area of the lower deck for subsequent lateral discharge therefrom, means for reciprocating the slide to present the restricted open areas of the upper deck alternately in andout of registry with the magazine to receive succeeding packages therefrom, and to simultaneously shift the restricted areas of the lower deck alternately into' and out of registry with the package delivery passage, means forl restraining the packages during such shifting movement whereby the restricted opening` of the decks will be moved out of relation therewith, and lactuating means for reciprocating the slide.

19. In a package dispensing apparatus, a cabinet, a magazine therein for packages to be dispensed, and a delivery passage for dispensed packages. a reciprocatory slide interposed between the magazine and delivery passage including vertically spaced relatively fixed decks, each having restricted openings therein in which packages to be dispensed may be suspended and from which the suspended packages are laterally disengageable, the restricted openings of the respective decks being laterally offset whereby a package laterally disengaged from the restricted opening of the upper deck will be engaged and suspended in the restricted opening of the lower deck, and means for reciprocating the slide relative to the packages suspended thereon to release the suspended packages and simultaneously present the restricted area of the upper deck in WILEY W. OSBORNE. SYDNEY W. WILLIAMSON 

